
Kapro 398 Thermoscan™
Code: 398 · Brand: Kapro · Thermometers & thermal cameras · On order · Price on request
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Delivery in Yerevan in 1–2 working days · pickup from two shops · Ordering, payment and delivery · Returns and warranty
Kapro 398 THERMOSCAN™ – The dual laser infrared thermometer is a versatile and precise temperature measuring device designed for professionals in various industries. It features a dual laser system that accurately targets the desired measurement area, with a temperature range of -50˚C to 650˚C (-58˚F to 1202˚F) for various applications.
Kapro 398 THERMOSCAN™ – The dual laser infrared thermometer is a versatile and precise temperature measuring device designed for professionals in various industries. It features a dual laser system that accurately targets the desired measurement area, with a temperature range of -50˚C to 650˚C (-58˚F to 1202˚F) for various applications. The adjustable emissivity from 0.01 ~ 1.0 ensures accuracy on different surfaces. The 12:1 distance to spot size ratio and optical resolution provide a high degree of measurement accuracy.
The Kapro 398 THERMOSCAN™ includes a memory function, storing up to 20 readings for later analysis. Adjustable High/ Low set points and audible alarm alerts help identify critical temperature levels. The lock function allows for continuous reading, perfect for monitoring temperature changes over time. Temperature readings are available in ˚C or ˚F, and the auto power off feature preserves battery life. The Kapro 398 THERMOSCAN™ includes a 9V battery, ready for use right out of the box.
Temperature Range – Measure temperatures from -58° F to 1,202° F.
The Dual laser system – It features a dual laser system that accurately targets the desired measurement area
Specifications
| Detection | TEMPERATURE |
|---|---|
| Emissivity | Adjustable 0.10 ~ 1.0 |
| Temp. Measurement Range | -50°C to 650°C (-58°F to 1202°F) |
| Units | °C | °F |




































































































































